alienware r4

s1/2Encapsulation frame-relayClock rate 64000Frame-relay intf-type dceFrame-relay route 402 interface s1/0 204No shEnd 2. Configure Area 0 without using sub-interfaces. Set the network type of the physical interface to broadcast. R2 (config) # router ospf 10R2 (config-router) # router-id 2.2.2.2R2 (config-router) # network 172.17.1.1 0.0.0.0 area 0// Modify the OSPF interface network type to broadcastR2 (config-router) # int s1/2R2 (config-if) # ip ospf network broadcast R3 (config) # router os

This article describes the entire process of OSPF configuration from an experimental perspective, allowing you to deeply understand the process of configuring OSPF in the experiment. Network Topology: Purpose: 1. Start the OSPF routing process on the router; 2. Enable the excuse for participating in the routing protocol and advertise the network and the region where it is located; 3. Modify the reference bandwidth; 4. DR election control; 5. Broadcast OSPF features on multiple access links. Tut

in: dsplinkk cmemkCPU: 0PC is at pmgr_msgq_close + 0x18/0x84 [dsplinkk]LR is at drv_ioctl + 0x2a4/0x34c [dsplinkk]PC: [SP: c5e61f00 IP: c5e61f20 FP: c5e61f1cR10: 00900036 R9: c5e60000 R8: c002a154R7: bf015430 R6: 1276f04 R5: 00008000 R4: 0000ff00R3: ff000000 R2: Listen 6c11 r1: Listen 6f04 R0: 0002ff00Flags: nzcv irqs on fiqs on mode svc_32 segment userControl: 5317f table: 858e8000 DAC: 00000015Process image_sharpen (PID: 1214, stack Limit = 0xc5e60

unsigned int32 and cause overflowexception when overflow occurs. Conv. ovf. u4.un Convert the unsigned value at the top of the computing stack to unsigned int32 and cause overflowexception when overflow occurs. Conv. ovf. u8 Converts the signed value at the top of the computing stack to unsigned int64, and causes overflowexception when overflow occurs. Conv. ovf. u8.un Convert the unsigned value at the top of the computing stack to unsigned int6

Unit unit1; interfaceuses windows, messages, sysutils, variants, classes, graphics, controls, forms, dialogs, stdctrls; Type tform1 = Class (tform) button1: tbutton; button2: tbutton; procedure formcreate (Sender: tobject); Procedure button1click (Sender: tobject); Procedure button2click (Sender: tobject); end; var form1: tform1; implementation {$ R *. DFM} type pmyrec = ^ myrec; {define pmyrec as the pointer type of the myrec structure below} myrec = Record Name: String [8]; age: word; Link: pm

Processor Cortex-A9 series Processors Arm documentation set for ARM Cortex-A9 processor kernels, including arm Cortex-A9 mpcore and arm Cortex-A9 Single-core processors. Arm Cortex-A9 processor is a very high-performance, low-power ARM macro unit, with L1 high-speed cache subsystem, providing full virtual memory functionality. The Cortex-A9 processor implements the ARMv7-A architecture and runs 32-bit arm instructions, 16-bit and 32-bit thumb instructions, and can also run 8-bit Java bytecode

VFP support code is still doing a lot of other things.Let's think about this:8374: ed1b7a05 FLDS S14, [FP, #-20]8378: ed5b7a04 FLDS S15, [FP, #-16]837c: ee677a27 fmuls S15, S14, S158380: ed4b7a05 fsts S15, [FP, #-20]8384: ed5b7a05 FLDS S15, [FP, #-20]We know that S14 and S15 are coprocessor registers and belong to the resources shared by all processes. So when the above example is executed to 0x8378, the program switches to another process, and this other process also accesses S14, then the res

delete the record with duplicate keys, insert a new record, and delete the original record before insert.. 1.3 but do not know whether the auto_increment of the primary key has any impact. Let's test it: mysql> insert into t1(b,c) select 'r4','r5';Query OK, 1 row affected (0.05 sec)Records: 1 Duplicates: 0 Warnings: 0mysql> select * from t1;+---+----+----+| a | b | c |+---+----+----+| 1 | c3 | c2 || 2 | a | || 3 | r2 | r3 || 5 |

This article from http://blog.csdn.net/hellogv/, reference must indicate the source! Android-opencv is a transplanted version of opencv on Android phones, while cvcamera is a sample of this transplanted version. This document describes how to install and use Android-opencv. Android-opencv Installation Opencv is based on C ++, so Android-opencv must also rely on ndk (android-ndk-r4-crystax) to compile. PS: on the installation and use of android-ndk-

: 01f74f70 127fd SP !, {R4, R5, LR}. Text: 01f74f74 LDR R5, = 0xffffc800. Text: 01f74f78 LDR R4, = unk_1fc6760. Text: 01f74f7c LDR r0, [R5]; (2ff00-0x14)-> 1. Text: 01f74f80 LDR R1, [r0, #-0x14]. Text: 01f74f84 TST R1, #1. Text: 01f74f88 ldrne r0, [R4]; 8004b138 ppfnmethods. Text: 01f74f8c cmpne r0, #0. Text: 01f74f90 ldrne R1, [r0, #0x134]. Text: 01f74f94 ldreq

(r1 = 1 | S1 = 1) = P (R2 = 1 | S2 = 1) =... = 0.8, P (r1 = 0 | S1 = 0) = P (R2 = 0 | S2 = 0) =... = 0.8, And P (s2 = 1 | S1 = 1) = P (S3 = 1 | S2 = 1) =... = 0.9, P (s2 = 0 | S1 = 0) = P (S3 = 0 | S2 = 0) =... = 0.9. To make reasoning and computing easier, we will further convert it into a factor graph ). A factor chart is a undirected two-part graph. Some nodes represent variables and some nodes represent factors. Factor nodes connect nodes that may have probabilistic dependencies, this allow

keyword is C #, the master attribute is C #, and the non-master attribute is TN, ts, function dependencies are C # → TN, TN → ts. Because there is a dependency on C # ts for the transfer of candidate keywords by non-primary attributes in R2, the relational mode R2 is not 3nf. The relationship R2 can be broken down into two 3nf relational modes without interrupting the connection: P = {R3, R4}, R3 = {C #, tn}, r4